AC-Kɔrɔɲɔgɔnya Vs. DC-Batiri marayɔrɔ min be ɲɔgɔn fɛ: O boon lɔcogo juman lo be bɛn n’i ka tile barika ye?

Phoenix dugu la, sotigi dɔ y’a ka boon lɔbaga weele kalo saba o kɔ, a kɛnin kɔ ka batiriw fara a ka tile barika kan. Batiriw tun be charge fɔɔ ka se 100% ma loon o loon. U tun be bɔ ka taga se 20% ma suu o suu. Nka a ka kuran fakitiri ma yɛlɛma dɔɔni dɔɔni. Gɛlɛya tun tɛ batiriw ye - nka ɲɔgɔndan lɔcogo lo tun be yen. A ka boon lɔbaga tun ye baara kɛ ni DC-couplé system ye min tun b’a ɲini a fɛ a k’a ka tile inverter min be baara kɛ ka ɲɛ, o yɛlɛma ni hybride unité ye. O yɛlɛmani wagati la, fili dɔ kɛra nɛgɛjuruw la min y’a to o sisitɛmu ye batiri kuran min mara, o bɔ ka taga n’a ye rezo la sanni a ka kuran don boon kɔnɔ. Kalo saba "backup power" tagara sinsin utilite baarakɛyɔrɔ la ni sɔngɔ caman ye.

AC ɲɔgɔndan ni DC ɲɔgɔndan tɛ danfara dɔrɔn ye fɛɛrɛko la. A b’a yira i ka sisitɛmu be tile barika yɛlɛma cogo min na ani k’a mara cogo min na, a sɔngɔ be se ka kɛ cogo min na, n’i be se k’i ka tile barika yɛlɛmalan kɔrɔ mara, ani - n’i ka juru ma bɛn - n’i be kuran di i ka soo ma wala n’i be dɛmɛ donna rɛzo la.

Danfara jɔnjɔn min b’u ni ɲɔgɔn cɛ: Batiri be ɲɔgɔn minɛ yɔrɔ min na .

Tile-plus-marayɔrɔ bɛɛ la, kuran sifa fila lo be tɛmɛ a kɔnɔ: DC (kuran tilennin) min be bɔ tile panneau ni batiri la, ani AC (kuran yɛlɛmayɛlɛmalen) min be baara kɛ n’i ka soo n’i ka réseau ye. O ɲɔgɔnna fɛɛrɛ b’a yira yɔrɔ min na batiri be ɲɔgɔn minɛ o fanga boliyɔrɔ la.

DC-Kɔrɔnin: Batiri min be Tile fan fɛ

DC-nɔrɔnin sisitɛmu kɔnɔ, batiri be sigi sisitɛmu - DC fan fɛ tile panneau ni inverter cɛ. Tile panneau be DC fanga bɔ, o min be don batiri kɔnɔ (DC fana) ka tɛmɛ charge contrôleur fɛ, wala hybride inverter fɛ min be tile donyɔrɔ ni batiri charge fila bɛɛ mara yɔrɔ kelen na.

Kuran sira bɔnin be nin ma:

Tile panneau (DC) → Charge contrôleur / Inverteur hybride → Batiri (DC) → Inverteur → So (AC)

Ni batiri bɔra ka fanga di i ka soo ma, DC ka fanga min maranin be, o be yɛlɛma ka kɛ AC ye siɲɛ kelen dɔrɔn inverter sababu fɛ. Ni tile be batiri charge, DC ka fanga be don ka sinsin a kan k’a sɔrɔ yɛlɛmani si tɛ kɛ a cɛmancɛ la.

AC-Fɔrɔnin: Batiri min be soo gɛrɛfɛ

AC-nɔrɔnin sisitɛmu kɔnɔ, batiri be nɔrɔ AC fan fɛ - tile yɛlɛmalan kɛnin kɔ ka tile DC fanga yɛlɛma ka kɛ AC ye ka ban. O kɔ, batiri yɛlɛmalan dɔ be o AC yɛlɛma ka kɛ DC ye tugun walisa ka batiri charge. Ni batiri bɔra, batiri yɛlɛmabaga be DC yɛlɛma ka kɛ AC ye tugun.

Kuran sira:

Tile panneau (DC) → Tile yɛlɛmalan → AC bisi → Batiri yɛlɛmalan → Batiri (DC)
Batiri (DC) → Batiri yɛlɛmalan → Bisi AC → So (AC)

I k’a filɛ mɔgɔw be yɛlɛmani minw kɛ tugun. Tuma o tuma ni fanga be tɛmɛ invɛrisite dɔ fɛ, dɔ be tunu i n’a fɔ funteni.

Ka baara kɛ ka ɲɛ: Jatiden minw kɔrɔtanin lo

DC-ka-AC walima AC-ka-DC yɛlɛmani o yɛlɛmani be 3–5% bɔnɛ fanga la i n’a fɔ funteni. O be dɔ fara a kan:

Ɲɛyirali -tagama ɲuman danfara ye 5–8 kɛmɛsarada la. An k'a lajɛ kɛmɛsarada kelen kelen bɛɛ be taga yɔrɔ min na tigitigi walisa jatidenw kana kɛ fɔli dɔrɔn ye - u be se ka sɛgɛsɛgɛ:

DC-Fɔrɔli ɲɔgɔndan-tagama bɔyɔrɔ:Tile panneau be 10 kWh DC bɔ → charge contrôleur be tɛmɛ ~98% fɛ ka taga batiri la (0,2 kWh be tunu i n’a fɔ funteni DC-DC yɛlɛmani na) → 9,8 kWh maralen → batiri be bɔ inverter hybride fɛ.95% DC{{7×}ffi {9} 0.95=9.31 kWh min be di mɔgɔw ma soo. 9.31 ÷ 10 =93.1%.

AC-Fɔrɔli ɲɔgɔndan-tagama bɔyɔrɔ:Tile panneau be 10 kWh DC bɔ → tile yɛlɛmalan be yɛlɛma ~96% la ka kɛ AC ye (0,4 kWh tununa) → 9,6 kWh AC → batiri yɛlɛmalan be AC yɛlɛma ka segi ka kɛ DC ye ~95% la (0,48 kWh batiri tununa → kWh 9 la. yɛlɛmalan min be ~95% DC-ka -AC → 9,12 × 0.95=8.66 kWh min be di soo. Ɲɛyirali fɛ, 8,66 ÷10 =86.6%.

Danfara min be yen: 0,65 kWh be tunu kWh 10 kelen kelen bɛɛ la. Loon bɛɛ la, o ye 237 kWh ye saan kɔnɔ - min be se dɔrɔmɛ 60–95 ma dɔrɔmɛ 0,25–0,40/kWh TOU hakɛba la.

Siyɔrɔ fitininw ta fan fɛ, o bɔnɛ be se ka ɲɛnabɔ. Ka bonyajagokɛyɔrɔw ni iziniw ka kuran maracogonɛgɛso boli siɲɛ caaman loon o loon, baarakɛcogo ɲuman min be sɔrɔ, o be kɛ sababu ye ka ROI jatebɔ.

Mun na baarakɛcogo danfara tɛ sababu ye tuma bɛɛ:5–8% round-trip bɔnɛ ka bon ka tɛmɛ n’i be nɛgɛso boli batiri la loon o loon ni tile barika ye. Ni i ka batiri be baara kɛ fɔlɔ i n’a fɔ fanga min be mɔgɔw latanga (ka sigi a ka charge dafanin na ani ka charge kɛ a ka charge wagati dɔrɔn na), round-trip efficiency tɛ foyi ye - i be to ka nɛgɛso boli ka tɛmɛ sira kan min be tunu. I ka boon lɔcogo sugandi ka kɛɲɛ n’i ka baarakɛcogo fɔlɔ ye, i kana a ka baarakɛcogo dɔrɔn sugandi.

Sangaɲɔgɔnya yɛrɛ yɛrɛ: Wagati min na an ka ɲi ka baara kɛ ni boon lɔcogo kelen kelen bɛɛ ye .

DC-Ka fara ɲɔgɔn kan, o ka fisa tuma min na:

I be tile ni batiri donna ɲɔgɔn fɛ (boon kura).Ni fɛn bɛɛ donna yɔrɔnin kelen, DC-ka fara yɛlɛmalan hybride kan, o lo ye jɔli nɔgɔman ye, min ka ɲi ka tɛmɛ bɛɛ kan. Minɛn kelen be tile MPPT, batiri marali ani AC bɔyɔrɔ min sirinin be grid- la, o lo be baara kɛ n’o ye. Fɛɛn minw be se ka tiɲɛ, u ka dɔgɔ, u lɔli baara ka dɔgɔ.

⚡ Pro Tip - Aw k’aw ka MPPT juruw bɛn ɲɔgɔn ma koɲuman.DC-ɲɔgɔnya fili min ka ca, an b’o ye: sigibagaw ka juru minw be tɛmɛ inverter hybride ka MPPT donyɔrɔ tansɔn hakɛ kan. Sɔgɔma nɛnɛman na (ni pankurun tansɔn be yɛlɛma), juru min be sɛgɛsɛgɛ koɲuman degere 25 la, o be se ka yɛlɛma 15–20% ka tɛmɛ degere -5 kan. O be inverter ka tansɔn dantɛmɛ latanga ani ka tile ka charge datugu pewu. Tuma bɛɛ, i ka juru tansɔn jate funteni hakɛ min ka dɔgɔ ni bɛɛ ye, n’i be baara kɛ ni pankurun ka funteni hakɛ ye - STC (Standard Test Conditions) dɔrɔn tɛ.

I b'a fɛ ka yɛrɛ-dumuni ɲuman sɔrɔ.N’i ​​ka laɲini ye ka tile barika kWh bɛɛ mara ani ka baara kɛ n’a ye i yɛrɛ ye (o ka ca suguw la minw ka balofɛnw ka dɔgɔ-saraw la walima minw ka jateminɛ tɛ), 5–8% ka baarakɛcogo ɲuman nafa min be sɔrɔ DC ɲɔgɔndan na, o be yɛlɛma ka kɛ fanga ye min be se ka baara kɛ n’a ye loon o loon.

I be -sisitɛmu dɔ lɔra min tɛ rɛzo la.Off-grid sisitɛmu mako be DC ɲɔgɔndan na sabu AC bisi tɛ yen min be se ka ɲɔgɔndan kɛ n'a ye. Inverter hybride be tile charge, batiri mara ani AC bɔli mara i n’a fɔ sisitɛmu kelen min be ɲɔgɔn minɛ. Ka bɔ -grid bonya ladilikanw sɔrɔ, an ka sɛgɛsɛgɛli lajɛ .sigiyɔrɔw ka kuran maracogo.

I ka tile barika ka dɔgɔ fɔɔ ka taga se cɛmancɛ ma (a ka dɔgɔ ni kW 10 ye).Inverter hybride minw be sɔrɔ sigiyɔrɔw la, u fanba be tile barika 5–10 kW minɛ. O yɔrɔ la, DC ɲɔgɔndan ka tilen ani a sɔngɔ-ka nɔgɔ.

AC-Ka fara ɲɔgɔn kan, o ka fisa tuma min na:

I be batiriw fara tile barikaman dɔ kan min be yen ka kɔrɔ (retrofit).O ye AC coupling ka baarakɛcogo barikaman ye. Aw ka tile yɛlɛmalan min be yen sisan, o be to a nɔɔ na - i t’i ka panneauw yɛlɛma tugun, i t’i ka baarakɛminanw yɛlɛma, i t’i ka tile barika don baara la tugun. Batiri yɛlɛmalan be don dɔrɔn AC yɛlɛmayɔrɔ la tile yɛlɛmalan gɛrɛfɛ.

An y’a ye ko yɛlɛmani donbagaw ka sannikɛlaw ye dɔrɔmɛ 3 000–5 000 fɔ baara dɔrɔn kosɔn min kɛra ka tile yɛlɛmalan dɔ yɛlɛma min be baara kɛra ni yɛlɛmani dɔ ye min be kɛ ni DC- yɛlɛmani ye min be ɲɔgɔn minɛ. AC coupling be ban o musaka la pewu.

🔧 Pro Tip - Aw k’aw ka panneau kunba sɛgɛsɛgɛ ka kɔn AC ɲɔgɔndan ɲɛ.AC-batiri yɛlɛmalanw be ɲɔgɔn minɛ i ka yɛlɛmalanba la i n’a fɔ minɛn belebele wɛrɛw. Batiri 5 kW inverter min be 200A panneau kan, o ka ɲi. Nka n’i be batiri 5 kW yɛlɛmalan dɔ farala pankuru dɔ kan min be ni tile yɛlɛmalan 7,6 kW ye ka ban, i be se ka tɛmɛ pankurun ka bisi bari hakɛ kan NEC 705.12 "120% sariya" kɔnɔ. I ka kuran baarakɛla ka ɲi k’a filɛ ni kɔfɛla be se ka baara kɛ n’a ye sanni a ka minanw komandi. An y’a ye ko yɛlɛmaniw kɛra lɔgɔkun saba kɔnɔ sabu panɛli mako tun be - yɛlɛmani na, o ye kabako ye min be se dolari 1 500 ma mɔgɔ si ma min labɛn.

Aw ka tile inverter min be yen, o bele be garanti kɔnɔ.Ka tile yɛlɛmalan min be ni saan 3{1}} ye, n’i y’o yɛlɛma ni yɛlɛmalan wɛrɛ ye, o be yɛlɛmalan fɔlɔ ka garanti tiɲɛ ani o be saan 7+ baara tɔɔ tiɲɛ. AC coupling b’a to a ma maga a la.

I be ni tile barikamanba ye min be tɛmɛ hybride inverter donyɔrɔ dan na.Inverter hybride caman be se ka 8–10 kW bɔ tile barika la. N’i ​​be ni 15 kW sɛrɛkili ye ani tile inverter 15 kW be bɛn n’o ye, DC coupling tun bena a to i ka tile donyɔrɔ dɔgɔya wala ka inverter hybride caaman don. AC coupling b’a to i ka inverter belebele min be yen, o be se ka baara kɛ ni yɔrɔ bɛɛ ye k’a sɔrɔ batiri inverter be baara kɛ a yɛrɛ ma.

I b’a fɛ ka marki yɛlɛma.AC coupling be i ka tile inverter sugandili bɔ i ka batiri inverter sugandili la. I be se ka SolarEdge wala Enphase tile yɛlɛmalan ni AC-batiri sisitɛmu sifa bɛɛ fara ɲɔgɔn kan. DC coupling ka teli k’i datugu dilanbaga kelen ka ekosisite kɔnɔ tile ni batiri fila bɛɛ marali kama.

Sɔngɔw sangali: Mun lo be sɔrɔ fakitiri kan tiɲɛn na .

O la, DC-coupled retrofit ye ​​fɛɛrɛ ye min sɔngɔ ka gwɛlɛ ka tɛmɛ fɛn bɛɛ kan sabu i be sara kɛra inverter hybride kura ye ani baara min be kɛ ka tile barikaman kɔrɔ dɔ yɛlɛma. Ka ɲɛsin yɛlɛmaniw ma, AC coupling be se ka tɔnɔ sɔrɔ tuma bɛɛ.

Tile barika be yɔrɔ kura minw na, DC coupling ka sɔngɔ ka dɔgɔ ni dɔrɔmɛ 500–1 500 ye sabu i be inverter hybride kelen lo sanna sanni ka minan fila san.

Ka batiri marali porozew bɛɛ musakaw tilannin faamu -, i n’a fɔ u doncogo, u ka sisitɛmu hakɛ, ani u ka ladonni min be kɛ tuma bɛɛ -, an ka gafe lajɛ min be sɔrɔ .batiri kuran maracogo musakaw.

Invɛritɛri ɲagamininw: DC-Sariya min farala ɲɔgɔn kan

Invɛritɛri hybride (min be weele fana ko invɛritɛri multi-mode walima batiri-labɛnnin invɛritɛri) ye DC-koupɛli sisitɛmu kɔnɔfɛn jɔnjɔn ye. A be baara saba fara ɲɔgɔn kan minɛn kelen kɔnɔ: tile barika yɛlɛmalan (MPPT), batiri yɛlɛmalan/ladonbaga, ani yɛlɛmalan min sirinin be réseau- la.

200Ah litiyɔmu batiri sisitɛmu inverter hybride kɔnɔ, i ka ɲi ka min ɲini:

• Batiri ka tansɔn bɛn- ka kan ka bɛn n’i ka batiri ka tansɔn hakɛ ye (a ka ca a la 48V tɔgɔla, 42–58V be baara kɛ LiFePO4 kama)
• Kumaɲɔgɔnya sariya- CAN bus walima RS485 be bɛn n’i ka batiri BMS ye walisa ka -charge cogoya kɔlɔsi ka ɲɛ
• Charge/decharge hakɛba- ka kan ka bɛn walima ka tɛmɛ i ka batiri ka fanga hakɛ kan
• Backup fanga se- n'i mako be kuran na rezo tigɛtuma na, inverter ka kan ka islanding dɛmɛ (rezo tigɛli yɛrɛ yɛrɛ la ani ka yɛlɛma ka taga batiri la)
• Tile donni se- MPPT tansɔn ni sisan dancɛw ka kan ka bɛn n’i ka panɛli labɛnnin ye

Walisa ka faamuyali jugu sɔrɔ .batiriw ka barika maracogo be baara kɛ cogo min nani inverterw, BMS ka kumaɲɔgɔnya, ani réseau ɲɔgɔndan, an ka fɛɛrɛw gafe lajɛ.

Nɛnɛ wagati tiɲɛn: Fɛɛn min be mɔgɔw ɲɛɛ na, mɔgɔw fanba tɛ miiri o la

AC ni DC ka ɲɔgɔndan ɲuman hakɛ be suma ni degere 25 ye . Minnesota garazi dɔ la zanwiyekalo la, o jatidenw be yɛlɛma - ani ɲɔgɔndan lɔcogo be nɔɔ to u ka yɛlɛmani hakɛ kan.

O koo jɔnjɔn:LiFePO4 batiriw tɛ se ka charge lafiya la ni degere 0 (32 degere F) duguma. Chargement ni sub-zero temperatures be kɛ sababu ye ka litiyɔmu plating kɛ anode - kan, o ye tiɲɛni ye min tɛ se ka yɛlɛma, min be se ka dɔgɔya ni 20–30% ye nɛnɛ kelen chargement nɛnɛman kɔnɔ. BMS ɲuman bena chargement bali degere 0 duguma , nka o kɔrɔ ko i ka solaire tɛ se ka batiri charge sɔgɔma nɛnɛmanw na fɔɔ ka taga se seliliw ka kalaya ma.

Couple sugu be jɛn ni nɛnɛ wagati ye cogo min na:

DC-ɲɔgɔnya sisitɛmu kɔnɔ,tile barika be taga ka taga batiri la. Ni BMS ye chargement bali bari cellules nɛnɛnin lo, o tile fanga tɛ taga yɔrɔ si fo réseau (ni grid-sirinin lo) walima a be dɔgɔya pewu (off-grid). I be tile barika bɔ sɔgɔma fɔɔ batiri ka gwan.

AC-ɲɔgɔnya sisitɛmu kɔnɔ,tile barika be tɛmɛ tile invɛrisite fɛ ka taga AC bisi kɔnɔ fɔlɔ. Hali ni batiri nɛnɛna kojugu fɔɔ a tɛ se ka charge, tile barika bele be don i ka soo ka doniw n’i ka réseau kɔnɔ. Batiri inverter be charge daminɛ ni seliliw sera funteni hakɛ la min ka ɲi. I be bɔnɛ tile barika hakɛ bɛɛ la.

🥶 Ladili min be sɔrɔ worodugu fan fɛ:Ni i ka sannikɛla be USDA Zone 6 la wala nɛnɛyɔrɔ la (nɛnɛ wagati hakɛ min ka dɔgɔ ni -10 degere F ye), batiri dɔ kofɔ min be ni BMS ye min be yɛrɛ-kalaya, hali n’a be ɲɔgɔn minɛ cogo min na. Batiri minw be yɛrɛ-kalaya, olu be baara kɛ ni kuran hakɛ dɔɔni ye min maranin lo walisa ka seliliw kalaya fɔɔ ka se u ka chargement funteni hakɛ ma sanni u ka sɔn tile ka fanga ma. O fɛn be dɔrɔmɛ 50–150 fara batiri sɔngɔ kan ani a be dɔrɔmɛ waa caaman bali ka se ka tiɲɛ joona. Sannikɛlaw minw tɛ se ka batiriw sɔrɔ minw be kalaya, u ka batiri don yɔrɔ dɔ la min be kalaya - garazi la, dugujukɔrɔyɔrɔ la, wala kɔnɔyɔrɔ la min be kalaya - ani i k’a lajɛ ni inverter ka chargeur tigɛyɔrɔ min be funteni dɔgɔya, o ma dɔgɔya ni degere 0 ye .

Mɔgɔw ​​ka teli ka ɲiningali minw kɛ

Yala n’ be se ka baara kɛ ni AC ni DC fila bɛɛ ye sisitɛmu kelen kɔnɔ wa?

Ɔnhɔn - nin be weele tuma dɔw la ko "hybrid-ɲɔgɔnna" walima "multi-bisi" jɔli. Inverter hybride be tile panneauw ni batiri banki kelen (DC-ɲɔgɔnna) minɛ, k’a sɔrɔ batiri AC-ɲɔgɔnna danfaranin dɔ be ɲɔgɔn minɛ ni AC bisi ye. O koo man teli ka kɛ sigiyɔrɔw la nka a be sɔrɔ boonbaw kɔnɔ .jagokɛyɔrɔw ka kuran marayɔrɔwyɔrɔ min na mɔgɔw ka ɲi ka yɛlɛmaniw kɛ ani ka baara caaman kɛ.

Couplement fɛɛrɛ juman lo ka fisa?

O fila bɛɛ latanganin lo cogo kelen na n’u donna ka ɲɛ. Lakanali farati tɛ ɲɔgɔndan jɔli la - a be batiri kemikali la, BMS ka ɲumanya la, ani a sigicogo la. LiFePO4 batiri minw be ni BMS ye ani u be latanga ka ɲɛ ka tɛmɛ kuran kan, u be se ka lafiya sɔrɔ o cogo fila bɛɛ la.

Yala coupling sifa be nɔɔ to n’ ka batiri ka sii kan wa?

A tɛ tiɲɛn ye, ɔnhɔn. DC-couplé sisitɛmuw ka teli ka batiriw charge ni DC kuran porofayili ye min ka nɔgɔ ani a be kɔlɔsi ka ɲɛ. AC-couplé systèmes be batiri bila yɛlɛmani wɛrɛ la min be bɔ batiri inverter la. O la, o danfara ka dɔgɔ LiFePO4 batiri ɲumanw ma minw jatera 5,000+ yɛlɛmaniw kama, nka a be se ka suman saan 10+ yɛlɛmaniw na loon o loon.

Tile barika be n’ fɛ nka batiri tɛ yen fɔlɔ. N’ ka ɲi ka furu juman lo sugandi?

Ni i ka tile yɛlɛmalan ma se saan 5 ma ani a be baara kɛra ka ɲɛ, taga AC-coupled - i ka inverter kɔrɔ to yen, AC-coupled batiri sisitɛmu dɔ fara a kan, ani i ka yɛlɛmani musaka mara. Ni i ka tile inverter be surunyana-a -ɲɛnamaya la walima n’i b’a fɛ k’i ka tile inverter bonya cogo o cogo, a yɛlɛma ni inverter hybride ye ani ka taga DC-couplé ka baara ɲuman kɛ wagatijan kɔnɔ. Ka dɛmɛ sɔrɔ ka batiri sisitɛmu hakɛ lɔn ka bɛn n’i ka tile barika ye,Polinovel ka ɛnzeniyɛri jɛnkulu weeleka ladili sɔrɔ sisitɛmu kɔnɔ gwansan.

Fɛɛn nataw: I ka sira sugandi .

Ka batiriw fara tile barikaman dɔ kan min be yen ka kɔrɔ wa?A daminɛ n’an ka ɲɛminɛli ye min b’a yira ni .tile barika batiri marali be dɔ bɔ i ka fakitiriw la tiɲɛn na- a be tagama TOU ka arbitrage fɛ, nɛgɛjuru nɛgɛjuru nɔɔw fɛ, ani sara jatebɔw fɛ AC-kouple retrofits kama.

Ka tile + marayɔrɔ kura lɔ ka bɔ a daminɛ na wa?An ka sɛgɛsɛgɛri lajɛ .batiri minw ka tansɔn ka bon ka kuran mara, olu lo be baara kɛ ka ɲɛDC-kouple sisitɛmu ɲɛmɔgɔw ka sangali kama min bɔra Tesla, BYD ani dilanbaga wɛrɛw la.

Aw mako be BESS fura la - sigiyɔrɔ, jagokɛyɔrɔ, walima -rezo kɔfɛ wa?Polinovel ka dilanfɛnw dafarabatiri kuran maracogoni LiFePO4 modɛliw ye, inverter ladilikanw minw bɛnnin lo, ani yɛrɛ-kalaya BMS sugandiliw ye nɛnɛ-waati sigiyɔrɔw kama.Aw ye ɲɔgɔn sɔrɔka dɛmɛ don sisitɛmu dilan cogo la ani ka volime sɔngɔ latigɛ.